CAESER is assisting the West Tennessee River Basin Authority in assessing the impact of stream restoration projects in West Tennessee. The goal is to determine the ecological benefits of stream restoration and the heightened potential for groundwater recharge through storm water retention.
On May 9, 2011, the Mid-South’s floodwaters reached a record-breaking level of 47.8 feet. Ten days prior to the peak flood level, CAESER had predicted the flood inundation extent and identified the properties likely to flood.
CAESER assisted TDEC for nearly 10 years, helping them to migrate their legacy data into GIS. The TDEC Divisions that CAESER worked with were water supply, water pollution control, superfund, geology, natural areas, and state parks.
CAESER developed and implemented a mobile application for Shelby County Public Works to visually inspect and collect data for 160 miles of streams.
With areas of the city lacking safe and navigable sidewalks, many wheelchair-bound Memphians were often forced to brave vehicle traffic by traveling on city streets. The City of Memphis contracted CAESER to map all sidewalks, pedestrian crossings, and ramps throughout the city.
The City of Memphis’ storm water infrastructure was digitized from over 100,000 scanned engineering drawings that were first geo-located by CAESER in one of our largest data migration efforts.
In 2004, CAESER began discussions with the Shelby County Office of Preparedness who managed our local Urban Area Security Initiative on how GIS would vastly improve the planning for, response to and recovery from a disaster that could hit our area.
In a massive mobile data collection effort spanning two years, CAESER mapped every street sign in the City of Memphis—more than 150,000 in total. Teams of students were sent out each day to drive the streets of Memphis, collecting this information using custom scripts in GIS developed by CAESER.
A major threat to the Memphis aquifer is contamination. Though the Memphis aquifer is protected mostly by a thick overlying clay unit (aquitard), there are breaches in this clay that offer connectivity to the shallow aquifer.
Mapping water levels in the shallow aquifer has helped us identify where water of poorer quality is bypassing the protective clay layer that overlies our primary drinking water aquifer.
The Urban Tree Canopy (UTC) study was designed to establish the baseline existing canopy, set a tree canopy goal and identify priority planting areas for increasing the tree canopy coverage for the region. CAESER partnered with the Wolf River Conservancy to perform an UTC assessment for Shelby County and the municipalities of Munford and Atoka in Tipton County, Tennessee.
CAESER is partnering on a USDA grant with the University of Tennessee at Knoxville, University of Tennessee at Martin, Austin Peay State University and Middle Tennessee State University to focus on the long-term availability of water for agricultural production with projections to 2050.